IGCSE Home Tutor in Al Jubail Island

Before any content work, establish which specification. The code is printed on the front of every past paper a school issues and held by the exams officer, and the number of families who have never looked at it is remarkable. Getting it wrong does not produce obviously bad tutoring; it produces plausible tutoring aimed slightly off target, which is much harder to detect and just as expensive.

Cambridge codes each subject individually. Mathematics is 0580, Physics 0625, Chemistry 0620, Biology 0610, with Additional Mathematics at 0606 where a school offers it alongside. Pearson Edexcel International GCSE uses its own system: Mathematics Specification A is 4MA1, Physics 4PH1, Chemistry 4CH1, Biology 4BI1. Schools around Al Raha, Saadiyat and Yas use both systems, and a single school sometimes uses different boards for different subjects.

The table below sets the main subject pairs side by side. The practical use of it is to check your child's papers against it and then tell any prospective tutor the code rather than the subject. One more detail worth collecting at the same time: the tier. Cambridge Core caps the grade at C and Extended reaches A star; Pearson Foundation caps at 5 and Higher reaches 9. A tutor working from the wrong tier's content list wastes a Core or Foundation student's hours on material they will never be assessed on. Collect all of it in one email and keep the reply. Codes, tiers and the centre's zone are the three administrative facts that shape a two-year plan, and families who hold them in writing stop having the same conversation every term.

IGCSE maths mark loss is the most predictable in the whole subject set, which is why a tutor who knows the specification can produce a prioritised list from one marked script in about fifteen minutes. The errors are not evenly distributed; a handful of them account for most of the gap between a grade 6 and a grade 7.

Unshown working leads. On a multi-step question most of the marks are method marks, so a correct final answer with no visible route scores less than a wrong answer with a clear one. Students praised for mental arithmetic are hit hardest, and the habit takes about three sessions and one dissected paper to break. Scale factors come next: area scales with the square of a linear factor, volume with the cube, and a student applying the linear factor loses the entire question rather than part of it.

Then premature rounding, which turns a correct method into a wrong answer and is invisible to the student. Then rule selection in trigonometry, where the error is choosing between the sine and cosine rules rather than applying either badly. Then probability trees, drawn correctly and then multiplied along the wrong branch. Then non-calculator number work, which on the Cambridge route carries half the grade and is barely rehearsed in most school practice. The table sets each against where it appears and how long it takes to fix. What makes this list useful rather than depressing is that none of the six is a knowledge problem. Every one of them is a habit, and habits respond to short repeated correction far faster than content does.

In IGCSE physics, electricity and waves account for a disproportionate share of mark loss in Abu Dhabi cohorts, and the reasons are different for each. Electricity fails on circuit reasoning rather than on formulae: students can state that current is the same throughout a series circuit and then cannot predict what happens to the reading on an ammeter when a resistor changes. Waves fails on diagrams and on the precision of definitions, particularly refraction and the difference between the terms students use loosely.

The larger issue sits across the whole subject, in the practical-skills questions. A question that asks a student to describe how they would measure a quantity is marked against a list of method points: what you change, what you measure, what you keep constant, how you reduce uncertainty, how you repeat. A student who instead explains the underlying physics beautifully earns almost nothing, because they answered a different question. This is the single most trainable thing in IGCSE physics and most students have never had it explained.

The fix is specific rather than general. Take six past-paper method questions, mark them against the published scheme, and have the student rewrite each as a numbered list of method points. Three sessions of that changes a student's performance on a recurring question type worth several marks every paper. It also matters that practical experience cannot be fully replaced by a textbook, which is why a session should work from the school's own practical sheets where they exist rather than from generic descriptions.

IGCSE chemistry divides neatly into content that is learned and content that is practised, and most students treat all of it as the first kind. The learned part is reactions, trends and definitions. The practised part is moles calculations, ionic and half equations, and the qualitative analysis tables, and it is the practised part that separates grades.

Moles work is the clearest case. A student who understands the concept can still lose marks consistently on units, on significant figures, on state symbols in equations, and on multi-step calculations where a mass has to become moles, then a ratio, then a volume. Each of those is a drill rather than an insight. Six short exercises across three sessions usually secures the ground, and the improvement shows on every calculation question for the rest of the course.

The qualitative analysis tables are the other neglected area. Tests for cations, anions and gases, with the expected observations, appear in the specification and in the papers, and students regularly arrive at the exam having never systematically learned them because they feel like memorisation rather than chemistry. They are worth marks every series. Learning them properly is a week of self-study with a tutor checking recall, which is an unglamorous and very efficient use of an hour. There is a simple test for whether the practised content has been practised. Ask the student to write the ionic equation for a precipitation reaction, with state symbols, from memory. If the symbols are missing, the drilling has not happened, whatever the last report said about understanding.

In biology, geography, history, business studies and economics, the single largest cause of mark loss in Abu Dhabi cohorts is not knowledge. It is answering a different question from the one asked, because the command term was read as a general invitation to write about the topic.

The terms are precise and the mark schemes are built on them. Describe asks what happens, in sequence, without reasons. Explain asks why, and a description earns nothing in an explain question however accurate it is. Compare requires both sides in the same sentence, not two paragraphs side by side. Evaluate requires a judgement with support, and a balanced list without a conclusion is marked down. Suggest invites an application of principle to an unfamiliar case. State wants a short answer and no elaboration, and students lose time writing paragraphs for one mark.

In the humanities a second habit compounds it: generality. Mark schemes in geography and history explicitly reward specificity, so an answer that correctly describes a process with no named place, figure, date or case study scores poorly against one that names three. Business and economics reward application to the given case rather than textbook definition. Five minutes of command-term work in every session, sustained for a term, moves these subjects more reliably than content revision does, because the content is usually already there. Build the drill into the session rather than setting it as homework. A student marking their own command-term answers tends to award themselves the mark for having known the content, which is precisely the error the exercise exists to correct.

Most past-paper work is wasted, and the waste is structural rather than a matter of effort. A student is given papers, does them in a tired hour, marks them generously or not at all, notes a score and moves on. Nothing is learned because nothing was diagnosed. Done properly, eight weeks of past-paper work from February of Year 11 is the single most effective block in the two-year course.

Four rules make the difference. The paper is sat under real timing, in one sitting, from the student's own specification, which means weekend mornings rather than a 7pm weeknight after a bridge crossing. It is marked against the published mark scheme rather than by impression, which usually produces a lower score and a far more useful one. The session is spent on dissection rather than on sitting, so the paper happens before the hour begins. And every error goes into a single running log, categorised as content, technique or timing, which is reviewed each week rather than simply written.

The log is what turns eight scattered papers into a programme. After three papers, patterns are visible: this student loses four to six marks a paper to unshown method, two to premature rounding, and has never finished the last question. Those are three fixable things, and fixing them is worth more than attempting five further papers. The table lays out how the eight weeks are usually structured. Keep the log in one document rather than in margins. Errors written on six separate papers are six pieces of paper; errors written in one place are a diagnosis, and that difference is most of the value of the whole programme.

Content work needs a date to aim at, and the dates in this market are more often misunderstood than unknown. Cambridge International runs IGCSE exams in a June series and a November series, and UAE candidates sit those two. The February and March series is offered to India only, so any plan built around a February exam window does not apply to a student sitting in Abu Dhabi, however often that advice circulates.

Pearson Edexcel International GCSE runs in May/June and in November. The November 2026 final timetable ran from late October to 19 November 2026, and results from that series reach students in January, with the November 2025 results having reached students on 22 January 2026. Pearson also publishes provisional timetables ahead of each series, which is why a plan should link the live official timetable rather than rely on dates restated elsewhere.

Two administrative facts affect content planning. Cambridge allocates every centre to one of six administrative zones and states that it is essential to use the correct version of the timetable for the zone, adding that it cannot accept responsibility for candidates who miss an exam otherwise; that is a question for the school's exams officer. And final entries, including the tier, are submitted by the school months before the papers, after which the tier is fixed. A content plan written in April for a tier that was settled in November is working inside constraints nobody explained.

IGCSE carries less internally assessed work than the IB Diploma, but the subjects that do carry it, and the schools that set substantial assignments, raise the same question about what help is legitimate. It is worth settling once rather than negotiating it under deadline pressure.

The principle is simple and it does not change by board. Work submitted for assessment has to be the student's own. A tutor may teach the content, explain what the task is asking for, discuss an approach, question an argument, point at a weak step, and give feedback on a draft the student has written. A tutor may teach the writing skills the task requires and may help a student plan their own structure.

No tutor may write any part of the submission, supply text to be copied, restructure the student's work into their own prose, or produce results for the student to transcribe. There is an active market in this region selling completed assessed work, advertised at four-figure dirham prices for IB Internal Assessments, and the same operators sell at IGCSE level. Buying it risks the qualification, and the risk falls on the student rather than on the seller. Any provider should state its position on this in writing before a first session, and the ones who will not are answering the question. The conversation is also easier to have early than late. A student under deadline pressure at eleven at night is in a poor position to judge where a line sits, which is exactly why the line should have been drawn in September.